Massimo Giovannini

RELIC GRAVITONS

• Gebundenes Buch

Produktbeschreibung

Relic Gravitons delves into the cosmic backgrounds of stochastic gravitational waves, exploring their potential as a unique source of information on the early physical conditions of the Universe close to the Planck epoch. Drawing on various lecture notes, articles, and reviews since the early 1990s, the monograph presents a topical account of the subject. The aim is to offer students and practitioners a useful tool for understanding the most recent developments of a lively field that is now thriving also thanks to forthcoming observational data. While the detection of diffuse backgrounds of gravitational radiation might improve current bounds on the supplementary polarizations of gravitational waves, the author explores across the sixteen chapters of the monograph the sensitivity of cosmic gravitons to the new physics beyond the standard lore of fundamental interactions. It is argued that the discovery of relic gravitons may trigger a paradigm shift whose implications are yet to be fully understood. In different respects, the physics of relic gravitons bridges the microworld of the standard model of fundamental interactions with the macroworld of gravity and cosmology. The ultimate purpose of this book is then to provide, at once, a systematic and self-contained presentation which is still sorely lacking in the current literature.

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Produktdetails

• Verlag: World Scientific
• Seitenzahl: 828
• Erscheinungstermin: 27. Februar 2024
• Englisch
• Abmessung: 235mm x 157mm x 48mm
• Gewicht: 1329g
• ISBN-13: 9789811278853
• ISBN-10: 9811278857
• Artikelnr.: 68295024

Inhaltsangabe

The High Luminosity Large Hadron Collider
HL-LHC (O Br
ning and L Rossi); The Physics Landscape of the High Luminosity LHC (M Mangano); Upgrade of the Experimental Detectors for High Luminosity LHC (F Hartmann, B Hippolyte, F Lanni, T Nayak, C Parkes and P Rumerio); Operational Experience from LHC Run 1 & 2 and Consolidation in View of Run 3 and the HL-LHC (M Lamont); Machine Physics and Performance (G Arduini, R De Maria, M Giovannozzi, G Iadarola, E M
tral, Y Papaphilippou and R Tom
s); Superconducting Magnet Technology for the IR Upgrade (E Todesco, G Ambrosio, P Ferracin, G L Sabbi, T Nakamoto, M Sugano, R Van Weelderen, P Fabbricatore, S Farinon, F Toral, M Sorbi, M Statera, Q Xu, J M Rifflet and H Felice); RF Systems (R Calaga, P Baudrenghien, G Burt, O Capatina, E Jensen, E Montesinos and A Ratti); Collimation of HL-LHC Beams (S Redaelli, A Bertarelli, R Bruce, F Carra, A Lechner, A Mereghetti and A Rossi); Circuit Layout, Powering and Protection (F Rodr
guez Mateos, T D Catal
o Da Rosa, F Men
ndez C
mara, S Yammine and M Zerlauth); Cold Powering of the Superconducting Circuits (A Ballarino and P Cruikshank); Warm Powering (M Martino, J-P Burnet and S Yammine); Machine Protection in the High Luminosity LHC (A Apollonio, P B
langer, D Carrillo, R Denz, F Rodriguez Mateos, B Panev, A Siemko, J Uythoven, A Verweij, D Wollmann and M Zerlauth); Interface with Experimental Detector in the High Luminosity Run (H Burkhardt and F S
nchez Gal
n); Cryogenics for the HL-LHC (S Claudet, G Ferlin, E Monneret, A Perin, M Sisti, R Van Weelderen, A Lees, V Gahier, K Brodzinski and L Delprat); Energy Deposition and Radiation to Electronics (F Cerutti, R Garcia Alia and A Tsinganis); 11T Dipole and New Connection Cryostats for Collimators (B Bordini, L Bottura, A Devred, L Fiscarelli, M Karppinen, G de Rijk, L Rossi, F Savary, D Sch
rling and G Willering); Vacuum System (V Baglin, P Chiggiato and C Garion); Beam Instrumentation and Diagnostics (E Bravin, R Jones, T Lefevre and R Veness); Injection and Beam Dump Systems (C Bracco, M J Barnes, W Bartmann, M Calviani, D Carbajo Perez, E Carlier, L Ducimetiere, M I Frankl, B Goddard, J Jowett, A Lechner, N Magnin, A Perillo Marcone, T Polzin, V Rizzoglio, V Senaj, L Vega, V Vlachodimitropoulos and C Wiesner); Controls Technologies (J Serrano, G Daniluk, E Gousiou and C Roderick); Beam from Injectors: The LHC Injectors Upgrade (LIU) Project (M Meddahi, G Rumolo, R Alemany, H Bartosik, G Bellodi, J Coupard, H Damerau, G P Di Giovanni, A Funken, R Garoby, S Gilardoni, B Goddard, K Hanke, A Huschauer, V Kain, A Lombardi, D Manglunki, B Mikulec, F Pedrosa, S Prodon, R Scrivens and E Shaposhnikova); Integration, (De-)Installation and Alignment (P Fessia and H Mainaud Durand); The HL-LHC Technical Infrastructure (L Tavian); HL-LHC IT String and Hardware Commissioning (M Bajko and M Pojer); SRF Cryogenic Test Facility for the HL-LHC (L Tavian, G Vandoni and W Venturini Delsolaro); The International Network of Test Infrastructures for the HL-LHC Magnets and Cold Powering System (M Bajko); Beam-beam Long Range Compensation: From Concept to Validation (Y Papaphilippou and G Sterbini); Non-Linear Optics Measurements and Corrections (E H Maclean, F Carlier, J W Dilly, M Giovannozzi, N Karastathis, T H B Persson and R Tom
s); The Role of Noise on Beam Stability and Performance in HL-LHC (X Buffat, S V Furuseth, E M
tral, T Pieloni, C Tambasco and D Valuch); Crystal Collimation of Heavy-Ion Beams (S Redaelli, R Bruce, M D'Andrea, D Mirarchi and R Rossi); High Field Accelerator Magnets for Next Generation Colliders
Motivation, Goals, Challenges and R&D Drivers (L Bottura);